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10W CW Ytterbium Fiber Laser

Description

OLFL-CW-R is a CW Fiber Laser series delivering up to 10W of power through a single mode output fiber. All-fiber design guarantees the robustness of the laser, eliminating any alignment of free-space optical parts and risk of mis-alignment over time and use. Excellent beam quality and powerstability make OLFL-CW- R series the ideal solution for use in various industrial and scientific applications.

OLFL-CW-R Fiber Laser series provide an effective management interface for user to control key operating parameters. The Fiber laser presents RS-232 interface flexibly, ensuring the connectivity with customer’s control system. The modulation is controlled through TTL signal. There is a red pilot laser for easy alignment (Optional).

Optical Characteristics

Parameter

Unit

Data

Notes

Mode of Operation

CW

Center Wavelength

nm

1050-1080

Linewidth (FWHM)

nm

= <0.5

OSA

Output Power

W

10 (Typ)

Adjustable

Output Power Adjustments

%

10~100

Rising Time

us

=<500

10%-90%

Off Time

us

=<500

90%-10%

Modulation Frequency

KHz

= <1KHz

Polarization

-

Rendom

Output Power (short term)

%

= <2

15 min

Output Power (long term)

%

= <2

8 hours

Typical Beam Quality

M2

=<1.3(Typ.1.1)

Beam Diameter

mm

3.5-5.5

1/e2

Output Fiber

HI1060,10/1250.08NA

Single mode fiber, fiber length is customized

Mechanical & Environmental Characteristics

Parameter

Unit

Type

Notes

Dimensions (W*D*H)

mm

210×142×42

Weight

Kg

<=2.5

Cooling

-

Air

Output Fiber Armored Cable

mm

Φ10.5

Customized Length

Operating Temperature Range

C

-5 to 40

Storage Temperature Range

C

-20 to 70

Humidity

%

10-90

Electrical Characteristics

Parameter

Unit

Data

Notes

Electrical Requirement

VDC

24

24+/-1V

Maximum Power Consumption1

W

75

In Case of Full Power, RT

News

Who we are

We are a U.S. company specializing in passive fiber optics, headquartered in Fremont, California, in the greater Silicon Valley region. The value proposition that we bring forth, is our ability to fill a key piece of the vast void created by constant technological advancements in optics. Read more about Neptec Optical Solutions.